By reading that change, the lens can respond to user "commands" from
eye movement.
It changes structure when an electrical current is applied, which helps it switch focus between near or faraway objects, guided by tracking the wearer's
eye movement.
"Thanks to our machine-learning approach, we not only validate the role of personality in explaining
eye movement in everyday life but also reveal new
eye movement characteristics as predictors of personality traits," neuropsychologist Tobias Loetscher from the University of South Australia said in a (http://www.unisa.edu.au/Media-Centre/Releases/2018/Artificial-intelligence-can-predict-your-personality-simply-by-tracking-your-eyes/#.W2BL39UzaUl) statement.
"And thanks to our machine-learning approach, we not only validate the role of personality in explaining
eye movement in everyday life, but also reveal new
eye movement characteristics as predictors of personality traits."
presented, in the article entitled "Study the different level of
eye movement based on electrooculography (EOG) Technique", the effect of different levels of
eye movement strength on the EOG signal.
While saccades and fixational
eye movements enable vision to be redirected to project and focus an object onto the fovea, another type of
eye movement called a smooth pursuit allows for the object to be tracked and maintained on the fovea if and when it moves around within the environment.
Table 1 shows participants' coding durations and recognition rate of the vertical, horizontal, and diagonal
eye movement (mean (min-max)) in the first and tenth experiments.
The general assumption underlying our study is that information-processing strategies during problem solving will be reflected in
eye movement patterns.
To measure the
eye movement, pairs of electrodes are placed both above and below of the eye or the left and right of the eye.
Importantly, while the methodological approaches of these studies have varied, they have reached similar conclusions: (1) task performance varies among individuals, (2) glaucomatous field loss does not always lead to poorer performance, and (3) visual field defects related to glaucoma can be compensated for in some individuals through effective head and
eye movement strategies.